Which two characteristics are associated with vSAN Data-in-Transit Encryption? (Choose two.)

The correct answer is D. Uses AES-256 bit encryption E. Can be enabled independently of the vSAN Data-At-Rest encryption. vSAN Data-in-Transit Encryption uses AES-256-bit encryption to protect data as it moves between hosts in a vSAN cluster. It can be enabled independently of Data-at-Rest encryption, meaning administrators can secure network traffic without requiring disk-level encryption. This…

VMware vSAN Platform and Architecture

Question

Options

ANeeds to be enabled using vSAN Storage Policies
BNeeds specific configuration on the Network switches in order to be enabled
CRequires an external KMS in order to work
DUses AES-256 bit encryption
ECan be enabled independently of the vSAN Data-At-Rest encryption

How the community answered

(55 responses)

A
2% (1)
B
2% (1)
C
2% (1)
D
95% (52)

Explanation

vSAN Data-in-Transit Encryption uses AES-256-bit encryption to protect data as it moves between hosts in a vSAN cluster. It can be enabled independently of Data-at-Rest encryption, meaning administrators can secure network traffic without requiring disk-level encryption. This feature is configured at the cluster level, does not need an external Key Management Server (KMS), and requires no additional network switch configuration.

Topics

#data-in-transit encryption#AES-256#encryption independence#vSAN security

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